How does the material of an obstacle affect a plane's ability to overcome it?

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    Barrier Plane
AI Thread Summary
The discussion explores how the material of an obstacle influences a plane's ability to overcome it, emphasizing the importance of the obstacle's weight and rigidity for maximizing friction. A heavy, rigid barrier provides a greater coefficient of friction, which the plane must overcome to continue moving. The conversation raises questions about the equations that express these limits and how the barrier's height affects the plane's contact with its wheels. Kinetic energy is also highlighted as a crucial factor in this dynamic. Overall, understanding these interactions is essential for analyzing a plane's performance against obstacles.
Numeriprimi
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It isn't classic homework with classic task or only theory. It is a interesting example of my friend.
So, I think it is good to gave it there... I do not understand this very much, I prefer to astronomy, but I am interested it.

Can a plane before a barrier (as shown) and stay put when the plane is going to the fullest? (inhibits barrier) How to express the limit in equation? How it depends on the material of the barrier? How it changes when a high of barrier is like a contact with wheels of plane?

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It is best if the obstacle is heavy and rigid. The advantage is a large coefficient of friction.
Force acting on the plane, which theplane ircraft must overcome. I do not know how to express it. Surely it is also important kinetic energy of plane.

But more than that? I do not know ... I still think about today. However, I'm thankful for every idea.

Sorry for my bad English.
Numeriprimi
 
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